Bearing type by load direction. Radial and thrust bearing explained

[@carolsloanes4938]

The most effective explanation about various bearings and their uses on RUclips.Thank you for sharing.

[@temmycandrawijaya]

You're welcome

[@pythongaming1775]

Only one video i found out in which bearings are explained in physical manner
This video helped me alot
Thank you so much

[@temmycandrawijaya]

Thank you very much

[@NarendraYadav-sz4nh]

Easy to understand difficult things by physical view thanks

[@temmycandrawijaya]

You're welcome

[@minerillusion]

Thank you very helpful.

[@temmycandrawijaya]

Glad it helped

[@陈菲bearing]

The two bearings you took explain what axial load and radial load are. Their working environments are different and their working principles are different.

[@davidedeluca5251]

Thank you for the video!! I understood everything clearly

[@temmycandrawijaya]

Glad it helped!

[@ryanmark2755]

Great points and thanks for the visual! Appreciate it:)

[@temmycandrawijaya]

Glad it helped

[@Virtualexist]

Simply fantastic explanation! Loved it. Keep growing !

[@temmycandrawijaya]

Thank you

[@desertlightning7335]

Great video, really appreciate the visual demonstration

[@temmycandrawijaya]

Thank you for your comment

[@desertlightning7335]

@@temmycandrawijaya Thank you for the video. It is not easy to create a good one. I was confused as to why wheel bearings in car axles were angled, but this explained it in a way I could fathom.

[@temmycandrawijaya]

Glad it helped

[@SystemHacker23]

Great and simple presentation.

[@temmycandrawijaya]

You're welcome

[@stevegreig8324]

excellent explanation!

[@temmycandrawijaya]

Thankyou for your comment

[@rachmanfarm1020]

Thank you sir, u are the bestt

[@temmycandrawijaya]

Glad it helped

[@mohammedsha1]

nicely taught thank you

[@temmycandrawijaya]

You're welcome

[@simonlinser8286]

thank you for teaching

[@temmycandrawijaya]

Glad it helped

[@user-vm7we6bm7x]

really clean explanation

[@temmycandrawijaya]

Thank you

[@陈菲bearing]

❤

[@temmycandrawijaya]

Thankyou for your comment

[@divine_touch8993]

Tqu

[@temmycandrawijaya]

Glad it helped

[@namanpratapsingh3558]

great explaination

[@temmycandrawijaya]

Thank you for your comment

[@rishishjain2487]

great explanation

[@temmycandrawijaya]

Thank you for your good comment

[@slawp3050]

very nice, thank you

[@temmycandrawijaya]

Glad it helped

[@jamshedaalam9045]

Great visualization ❤

[@temmycandrawijaya]

Thankyou for your comment

[@jamshedaalam9045]

@@temmycandrawijaya I was so confused about this topic, watch many videos buy still couldn't understand properly. Until found this visualization now it is crystal clear.

[@temmycandrawijaya]

Glad it helped

[@Motive_Tube]

Good explanation.

[@temmycandrawijaya]

Thank you

[@fazelifazeli5534]

Excellent thank you

[@temmycandrawijaya]

You're welcome

[@variations3]

Thank you so much for your great video and explanation 😀. So if you have something heavy like a compact car that needs to be able to be elevated, suspended and attached to a pole in the center (sort of like a fashion mannequin) and be able to rotate, you would need the 2nd one, the bearing that can handle axial / thrust load, is this correct? Thanks again

[@temmycandrawijaya]

We can use tapered roller bearing. Since the load is heavy and must must be able to withstand radial and thrust load.

[@variations3]

@@temmycandrawijaya Thank you very much for your answer. I understand much better now. With gratitude from the Caribbean :)

[@temmycandrawijaya]

Glad it helped

[@Ahelot]

Thank you Sir.

[@temmycandrawijaya]

You're welcome

[@gingy2222]

perfect! thank you!

[@temmycandrawijaya]

You're welcome

[@TariqMehmood-nz6jp]

👍

[@temmycandrawijaya]

Thankyou

[@gauravsingh-gt5sh]

Very informative

[@temmycandrawijaya]

Thank you

[@ashisghosh9349]

Thanks sir

[@temmycandrawijaya]

you're welcome

[@anselito12]

Gracias

[@temmycandrawijaya]

You're welcome

[@suryakantpatra3266]

Very nice

[@temmycandrawijaya]

You're welcome

[@TheTech660]

Thank You!

[@temmycandrawijaya]

You're welcome

[@nimaapple3172]

awesome

[@temmycandrawijaya]

Thank you

[@simonlinser8286]

can we then determine just by looking at the bearing which type it is? the thrust bearing has a face around the circumference but the radial has the inner ring being the bearing surface?

[@temmycandrawijaya]

If the outer ring can be separated and has a cone or flat ring shape, that the thrust bearing. Radial bearing ring mostly in one part.

[@Srk7028]

Is the third one taper roller bearing ?

[@temmycandrawijaya]

Yes it is

[@ShanuEntertainment]

What is moment load bearing

[@temmycandrawijaya]

As far as I know, a bearing is'nt handle torsional/moment load. But if there is a torsional load exist then using two separate distance bearing will handle torsional load. Each of bearings will handle opposite radial load.

[@taherpathan8717]

Roller Bering model number

[@temmycandrawijaya]

Thank you for your comment

[@swapneswarmahalik3105]

It is useful.but munn Se pan nikal ke bat kar re baba

[@temmycandrawijaya]

Thank you for the feedback

[@debasishdutta9800]

Please be clear with your explanations and pronunciations and after that try to upload a video.

[@temmycandrawijaya]

Thank you for the feed back

[@bidyutphukan7536]

Hindi mei hi bta de yar.. kiyu itna kast utha rhe hoo

[@temmycandrawijaya]

tippaniyon ke lie dhanyavaad

[@user-fk1qp8rn9c]

Only tha tha tha
no proper explanation

[@temmycandrawijaya]

Thank you for write a comment

[@MirceaMoga]

Thank you!! but your accent is so funny.

[@temmycandrawijaya]

I am from indonesia, english is not my mother language. Thankyou for watching

[@meinkon]

@@temmycandrawijaya accent is not important ..you did a greR job

[@temmycandrawijaya]

Glad it helped

[@sandeepgagan7637]

Poor communication skills

[@LeonAffiliated]

Stfu

[@temmycandrawijaya]

Thank you for the feedback

[@davidedeluca5251]

Thank you for the video!! I understood everything clearly

[@temmycandrawijaya]

You're welcome

[@udayveersinghkohal2736]

thank you sir

[@temmycandrawijaya]

You're welcome